Springer 3662230054

Instruction Manual: Innere Elektronik: Grundlagen der Kristallelektronik (Technische Elektrodynamik)

By Franz Ollendorff, Published by Springer

Introduction

This instruction manual provides essential information for understanding and utilizing the book "Innere Elektronik: Grundlagen der Kristallelektronik (Technische Elektrodynamik)" by Franz Ollendorff. This foundational text delves into the principles of crystal electronics, a critical field within technical electrodynamics. The manual aims to assist readers in navigating the book's content, maintaining its condition, and understanding its key features.

Product Overview

Cover of Innere Elektronik: Grundlagen der Kristallelektronik book

Image Description: The image displays the front cover of the book "Innere Elektronik: Grundlagen der Kristallelektronik". The title "Technische Elektrodynamik Band II/4" is at the top, followed by "Grundlagen der Kristallelektronik" in a larger font. Below this, it states "Von F. Ollendorff". The Springer-Verlag Wien GmbH logo is visible in the center, and the publication year "1966" is at the bottom. The background is a light, neutral color.

The book "Innere Elektronik: Grundlagen der Kristallelektronik" is a seminal work in the field of semiconductor physics and crystal electronics. Originally published in 1966, it covers the fundamental principles that underpin the operation of electronic components derived from crystal structures, such as transistors. This edition is a softcover reprint of the original first edition.

The text is presented in German and is intended for students and professionals seeking a deep understanding of the theoretical underpinnings of solid-state electronics. It addresses the historical development of crystal electronics from early detectors to the advent of the transistor, and its subsequent integration into various branches of electrical engineering.

Setup and Initial Inspection

Upon receiving your copy of "Innere Elektronik: Grundlagen der Kristallelektronik", please perform the following steps:

  1. Unpacking: Carefully remove the book from its packaging.
  2. Visual Inspection: Examine the cover, spine, and pages for any signs of damage during transit, such as bent corners, torn pages, or water damage.
  3. Page Count Verification: Briefly flip through the book to ensure all pages are present and in the correct order. The book has a print length of 619 pages.
  4. Content Language: Note that the book is published in German. Ensure this aligns with your language requirements.

If any significant damage or manufacturing defects are found, please refer to the "Troubleshooting" section for guidance on resolution.

Operating Instructions: Reading and Referencing

This book is designed as a comprehensive academic text. To maximize your learning and research experience:

Maintenance and Care

Proper care will ensure the longevity and readability of your book:

Troubleshooting Common Issues

Should you encounter any issues with your book, consider the following:

Specifications

FeatureDetail
TitleInnere Elektronik: Grundlagen der Kristallelektronik (Technische Elektrodynamik)
AuthorFranz Ollendorff
PublisherSpringer
Publication DateJanuary 1, 1966
EditionSoftcover reprint of the original 1st ed. 1966
LanguageGerman
Print Length619 pages
ISBN-103662230054
ISBN-13978-3662230053
Item Weight1.9 pounds
Dimensions6.14 x 1.26 x 9.21 inches

Support and Further Information

For academic inquiries regarding the content of "Innere Elektronik: Grundlagen der Kristallelektronik", it is recommended to consult academic institutions or libraries specializing in physics and electrical engineering.

For issues related to the purchase, such as returns or exchanges due to damage or defects, please contact the retailer from whom the book was purchased. Publisher contact information for Springer can typically be found on their official website for general inquiries.

Please note that this manual is for informational purposes regarding the book's usage and care, and does not provide technical support for the subject matter itself.

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